集装箱深水港交通需求预测方法研究

作为一个特殊的物流中心，集装箱深水港的交通具有鲜明的特点。从集装箱深水港的特点出发，提出集装箱深水港交通需求分析预测的流程与具体方法。结合大连市大窑湾港区的实际调查数据，对所提出的方法进行了实例说明。     

41 m长组合式超长超高集装箱的研制

为完成超长和超高类货物的运输,提出了一种组合式结构的专用集装箱方案。通过箱体连接组合、门板结构可拆卸实现长度可调,顶部结构可拆卸实现箱体高度可以调节。对组合式集装箱的四个关键技术：组合式箱体结构、可拆卸顶部结构、可调节高度的伸缩腿结构、可拆卸式门板结构进行了详细论述．最后,介绍了该专用集装箱完成超长、超高货物的大型风力设备的运输装载运用情况。它是目前世界上最长最高的集装箱。     

内贸集装箱运输危险货物安全管理探析

通过分析内贸集装箱在运输危险货物中存在的安拿管理隐患和管理制度中存在的问题厦其产生原因,有针对性地提出加强海上集装箱运输危险品安全管理的一些建议与措施。     

大屏幕集装箱装卸桥仿真训练器研究与开发

港口起重设备自2005年被国务院颁布的《特种设备安全监察条例》列为重点监察的特种设备以来,对其相关操作人员的培训越来越受到各港口作业单位的重视。为提高培训质量,降低培训成本,南通航运职业技术学院研发了大屏幕集装箱装卸桥仿真训练器。文章结合该仿真训练器的研发介绍了系统的基本组成、功能以及技术特点,并指出应用该模拟器的重要现实意义。     

川江及三峡库区渝申300TEU集装箱标准船型研究

本文结合渝申300TEU江型集装箱标准船型的总体设计,介绍该船在主尺度选择、快速性研究、总体布置的确定、船舶技术性能评估等方面研究情况,供设计同类船型参考。     

A critical review of container security operations

Containers, which permit fast and safe handling between modal systems, are the main equipment used in intermodal transport. Unfortunately, enhancement of the efficiency and velocity of container operations has created a breach in traditional security, also known as container security. This paper presents a critical literature review of container security operations. We aim to identify current trends and future research directions in container security. We propose a classification framework based on the following elements: presenting the container security perspective, identifying threats, evaluating container security, balancing costs/benefits and the degree of security, balancing time savings/reduction and the degree of security, and securing containerized transportation processes. We discuss the current studies of these problems, the methodologies adopted and important insights into container security.     

Evaluation of expected maximum values of forces acting on containers and lashing rods on a container ship

The appearance of a number of large container ships in the 8000 TEU range raises the importance of a plan for container lashing arrangements on deck in relation to the design of the ship. Therefore, it is expected that a new method for evaluating the lashing arrangements on deck will be introduced which is applicable regardless of the ship's size and the lashing pattern, instead of using the standards of several different societies, as happens at present. To evaluate the lashing arrangements on deck, the expected maximum values of the forces acting on the containers and lashing rods should be evaluated. This paper presents a new method of evaluating the container lashing arrangements on a container ship using an "acceleration ellipsoid." The applicability of the acceleration ellipsoid to an evaluation of the expected maximum values of the forces was examined by comparing the expected maximum values of the forces calculated by the long-term distribution calculation known as the "Fukuda method," to those calculated using the acceleration ellipsoid. By comparing these results, it was confirmed that the expected maximum values of the forces calculated using the acceleration ellipsoid were not less than those calculated through by the long-term distribution calculation. It is concluded that the acceleration ellipsoid can be used to evaluate the expected maximum values of the forces acting on containers and lashing rods. Received: December 14, 2000 / Accepted: March 22, 2001     

京杭运河集装箱船队构想

该文根据对京杭运河适箱货物运输量的预测,考虑到京杭运河吃水浅,航道复杂,沿岸头装卸设备不配套的情况,提出了自带装卸设备的集装箱运输船队的构想。     

美国西海岸港口作业集装箱分析

分析美国西海岸集装箱港口作业集装箱的情况.这些港口承担大部分我国与美国贸易货物的集装箱运输,对我国外贸和集装箱运输发展有很大的影响.     

浅谈超大型集装箱船舶的操纵体会及注意事项

以超大型集装箱船为例，分析了该类型船的性能及操纵特点，探讨了大型集装箱船舶的操纵方法。结合航行实践及驾驶经验，提出了最佳驾驶操纵方法和在紧急情况下防止事故发生的注意事项。